A cloud of atoms is excited by a laser pulse and then emits electromagnetic radiation, which is detected by a spectrometer. At the detector, the amplitude of the field is given by: E(t) = E0e-i[omega]0t - t/2[tao], where E0 is a compex constant, while [omega]0 and [tao] are real constants. a) Determine the detected time-dependent intensity I(t) = |E(t)|2. b) Determine the frequency resolved intensity I([omega]) = |E([omega])|2, where E([omega]) = The integral from 0 to infinity of E(t)*ei[omega]t dt.
A cloud of atoms is excited by a laser pulse and then emits
E(t) = E0e-i[omega]0t - t/2[tao], where E0 is a compex constant, while [omega]0 and [tao] are real constants.
a) Determine the detected time-dependent intensity I(t) = |E(t)|2.
b) Determine the frequency resolved intensity I([omega]) = |E([omega])|2, where E([omega]) = The integral from 0 to infinity of E(t)*ei[omega]t dt.
c) Determine the frequency [omega]max where I([omega]) attains its maximum, as well as the full width at half maximum [delta omega], defined by I([omega]max +/_ [delta omega]/2) = (1/2)I([omega]max).
d) Sketch the time-dependent and frequency-resolved intensities I(t) and I([omega]).
Image attached with the original formatting
![A cloud of atoms is excited by a laser pulse and then emits electromagnetic radiation,
which is detected by a spectrometer. At the detector, the amplitude of the field is given
by E(t) = Eo exp(-iwot – t/27), where Eo is a complex constant, while wo and T are real
constants.
(a) Determine the detected time-dependent intensity I(t) = |E(t)|².
(b) Determine the frequency-resolved intensity I(w) = |E(w)]², where
E(w) = | E(t) exp(iwt) dt.
(c) Determine the frequency wmax where I(w) attains its maximum, as well as the
full width at half maximum Aw, defined by I(wmax ±Aw/2) = (1/2)I(wmax).
(d) Sketch the time-dependent and frequency-resolved intensities I (t) and I(w).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd8f7ba68-469a-49de-aa21-8cbddd267e13%2Febe33c3d-e723-4508-8be4-b92c39e6151d%2F6hv2nhi_processed.png&w=3840&q=75)
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